Uses of Interface
orbital.math.Tensor

Packages that use Tensor

orbital.math	Defines arithmetic objects and provides mathematical algorithms.
orbital.math.functional	Contains mathematical functors and extended functional operations.

Uses of Tensor in orbital.math

Subinterfaces of Tensor in orbital.math

interface	Matrix Represents a matrix of any dimension n×m.
interface	Vector Represents a mathematical vector of any dimension n.

Methods in orbital.math that return Tensor

Tensor	Tensor.add(Tensor b) Adds two tensors returning a tensor.
Tensor	ValueFactory.asTensor(Polynomial p) Returns a vector view of the coefficients of a polynomial.
Tensor	ValueFactory.constant(Tensor t) Returns an unmodifiable view of the specified tensor.
Tensor	Tensor.multiply(Tensor b) Inner product of a tensor with a tensor returning a tensor.
Tensor	ValueFactory.newInstance(int[] dimensions) Creates a new instance of tensor with the specified dimensions.
Tensor	Tensor.subTensor(int[] i1, int[] i2) Get a sub-tensor view ranging (i1:i2) inclusive.
Tensor	Tensor.subTensor(int level, int index) Get a view on a part of the tensor of a lesser rank.
Tensor	Tensor.subTensorTransposed(int[] permutation) Returns a view on this tensor transposed.
Tensor	Tensor.subtract(Tensor b) Subtracts two tensors returning a tensor.
Tensor	ValueFactory.tensor(Arithmetic[][][] values)
Tensor	ValueFactory.tensor(java.util.Map indexCoefficientMap) Returns a tensor of rank k containing the specified (partial) map from index to arithmetic object.
Tensor	ValueFactory.tensor(java.lang.Object values) Returns a tensor of rank k containing the specified arithmetic objects.
Tensor	Tensor.tensor(Tensor b) Tensor product of a tensor with a tensor returning a tensor.
Tensor	ValueFactory.ZERO(int[] dimensions) Gets zero tensor, with all elements set to 0.

Methods in orbital.math with parameters of type Tensor

Tensor	Tensor.add(Tensor b) Adds two tensors returning a tensor.
Polynomial	ValueFactory.asPolynomial(Tensor coefficients) Returns a polynomial view of a tensor.
Vector	ValueFactory.asVector(Tensor t) Returns a vector view of the specified tensor.
Tensor	ValueFactory.constant(Tensor t) Returns an unmodifiable view of the specified tensor.
java.lang.String	ArithmeticFormat.format(Tensor obj) Specialization of format.
java.lang.StringBuffer	ArithmeticFormat.format(Tensor obj, java.lang.StringBuffer result, java.text.FieldPosition fieldPosition) Specialization of format, formatting tensor objects as they please.
Tensor	Tensor.multiply(Tensor b) Inner product of a tensor with a tensor returning a tensor.
void	Tensor.setSubTensor(int level, int index, Tensor part) Sets a part of lesser rank in this tensor.
Tensor	Tensor.subtract(Tensor b) Subtracts two tensors returning a tensor.
Tensor	Tensor.tensor(Tensor b) Tensor product of a tensor with a tensor returning a tensor.

Uses of Tensor in orbital.math.functional

Methods in orbital.math.functional that return Tensor

static Tensor	Functionals.map(BinaryFunction f, Tensor x, Tensor y) Maps two lists of arguments with a binary function.
static Tensor	Functionals.map(Function f, Tensor a) Maps a list of arguments with a function.

Methods in orbital.math.functional with parameters of type Tensor

static Tensor	Functionals.map(BinaryFunction f, Tensor x, Tensor y) Maps two lists of arguments with a binary function.
static Tensor	Functionals.map(Function f, Tensor a) Maps a list of arguments with a function.